There is a person in your company who cannot be replaced by a document. When they take a week off, a specific thing slows down. When they finally retire, a quiet panic spreads through the team that depends on them. Nobody wrote down what they know, because what they know is not a fact you can write down. It is judgement, context, and a hundred small exceptions they carry in their head.
That is tribal knowledge: the undocumented know-how that holds a company together and is invisible until it walks out the door. Analysts estimate that 70 to 80 percent of the knowledge inside a typical organisation is tacit and undocumented3, and around 42 percent of institutional knowledge is unique to a single individual1. It is your most valuable asset and your single biggest point of failure at the same time.
This guide is for the operations leader, CTO, or Geschaeftsfuehrer who can already name the two or three people the company cannot function without. No hype. Just what tribal knowledge really costs, why documentation never fixes it, and how a Company Brain turns know-how that lives in heads into a durable asset that stays even when people leave.
TL;DR
Tribal knowledge is the experience-based know-how that lives in employees’ heads, not in any system - the workarounds, exceptions, and reasons behind decisions.
It is a single point of failure because roughly 42 percent of institutional knowledge sits with one person, and key-person dependency is now a top operational risk for 47 percent of organisations1,4.
It is expensive: large firms lose around 47 million dollars a year to poor knowledge sharing, and Deloitte projects up to 9.6 trillion dollars of lost output as experts retire1,2.
Wikis do not fix it because they capture steps, not judgement, and decay the moment nobody maintains them.
A Company Brain does by capturing know-how as a byproduct of daily work and keeping it current from your live systems, so it survives turnover and your AI employees can act on it.
What Tribal Knowledge Actually Is
Tribal knowledge is the practical, undocumented know-how that a team or an individual carries about how work really gets done. It is called tribal because it is shared informally within a group, passed on by watching and asking rather than by any written record3. The org chart shows roles and reporting lines. Tribal knowledge is everything the org chart does not show.
- Process shortcuts - the faster path through a task that never made it into the official procedure, only into one person’s routine.
- Exception handling - what to do when the order is wrong, the system rejects the entry, or the customer is a special case, learned from years of hitting those exceptions.
- The reasons behind decisions - why the company does it this way, which vendor to avoid, and which shortcut caused a problem last time.
- Relationship maps - who to call to unblock something, who really signs off, and which supplier bends the rules when it matters.
- Judgement - the intuition an expert applies without being able to fully explain it, the part that looks like instinct but is really compressed experience.
It helps to separate the kinds of knowledge in a business, because they behave differently and need different handling.
| Type | Where It Lives | Example | Risk When Person Leaves |
|---|---|---|---|
| Explicit knowledge | Documents, systems, records | The written SOP for shipping an order | Low - it is recorded |
| Tacit knowledge | One person’s head | Judging when a machine sounds wrong | High - hard to articulate |
| Tribal knowledge | A team, shared informally | The unwritten workaround everyone on the shift uses | High - never captured |
| Relational capital | Personal relationships | The direct line to a supplier’s plant manager | Very high - leaves with the person |
Why the Label Matters
Calling it “tribal” instead of just “experience” is the point. It names the fact that this knowledge belongs to a small group and is never written down for the wider company. That is exactly what makes it fragile: it has no home outside a few human memories, so it cannot be searched, audited, or handed over. When 70 to 80 percent of your knowledge is this kind3, most of what your company knows is technically undocumented.
The uncomfortable truth is that the most capable people generate the most tribal knowledge, because they solve the hardest problems and rarely stop to write down how. The better someone is, the more of the company quietly depends on their memory.
Why It Is Your Biggest Single Point of Failure
In engineering, a single point of failure is a component whose failure stops the whole system. Tribal knowledge is the human version. It concentrates critical capability in one memory, and unlike a machine, that memory can quit, retire, or simply forget.
- Concentration is the norm, not the exception - around 42 percent of institutional knowledge is held by a single person, so a large share of what your company can do rests on individuals rather than systems1.
- Key-person dependency is rising - 47 percent of organisations now cite critical knowledge held by single individuals as a significant operational risk, up from 34 percent in 20204.
- Turnover keeps pulling knowledge out - voluntary turnover in the private sector runs around 22 to 25 percent a year, so a 100-person team loses roughly a quarter of its people, and their undocumented know-how, every year4.
- The demographic wave makes it worse - in Germany, 12.9 million working-age people will reach retirement age by 2036, close to 30 percent of the current workforce, and the IW projects a shortfall of 4.3 million workers by then7,8.
- Most companies are not ready - Deloitte found that 92 percent of surveyed organisations fail to consistently capture knowledge from their soon-to-be retirees2.
- Leaders know it is a threat - 85 percent of C-suite leaders view the coming knowledge exodus as a moderate to mission-critical threat, yet few have a capture plan in place2.
Key Data Point
Germany faces its own version of the cliff. Roughly 19.5 million baby boomers reach retirement age by 2036 while only about 12.5 million younger people enter the labour market, leaving a structural gap of several million workers8,14. Every one of those departures takes an unwritten playbook with it unless the company captured it first.
The failure rarely looks dramatic. It looks like a delayed month-end because the one person who knows the reconciliation is on leave, or a botched audit because the expert who ran it last year has retired. The system did not crash. The knowledge just was not there when it was needed.
Knowledge in One Head vs Knowledge in a Company Brain
Knowledge in One Head
- ✗ Leaves with the person - retirement or resignation erases it
- ✗ Cannot be searched - you have to find and interrupt the human
- ✗ Single point of failure - one absence stalls the process
- ✗ Invisible - nobody knows what is at risk until it is gone
Knowledge in a Company Brain
- ✓ Survives turnover - stays when the person leaves
- ✓ Searchable on demand - anyone can reach it without interrupting an expert
- ✓ Raises the bus factor - no single absence stops the work
- ✓ Improves over time - gets sharper with every run
What Tribal Knowledge Really Costs
Because tribal knowledge is invisible, its cost is invisible too, until you add up the wasted time, the delays, the errors, and the rework. The numbers are large and they are consistent across independent studies.
- 47 million dollars a year - the productivity a large US business loses to inefficient knowledge sharing, according to Panopto’s workplace knowledge study1,5.
- 5.3 hours a week per employee - the time knowledge workers waste waiting for information from colleagues or recreating knowledge that already exists somewhere1.
- 1.8 hours a day searching - the average time an employee spends hunting for the information they need to do their job, close to a full day a week4.
- 5,700 dollars per worker per year - IDC’s estimate of what poor information management costs an organisation for each employee4.
- 3 to 6 months to full productivity - how long a new hire takes to get up to speed, with 40 to 60 percent of that time spent acquiring undocumented context that already exists in the company4.
- 6.9 to 9.6 trillion dollars - Deloitte’s projected lost output over four years as more than 30 million experienced workers reach retirement age2.
The Compounding Effect
These costs do not sit still. Every departure removes knowledge, every new hire spends months reacquiring it, and every unsearchable process forces someone to interrupt an expert. Poor knowledge sharing was described by 85 percent of employees as critical to fix precisely because they feel the drag every day1. The waste is not one bad quarter; it is a permanent tax on how fast your company can move.
| Cost Driver | Figure | Where It Hits | Source |
|---|---|---|---|
| Poor knowledge sharing | $47M/year (large firm) | Productivity | Panopto1 |
| Time recreating knowledge | 5.3 hrs/week per person | Wasted labour | Panopto1 |
| Poor information management | $5,700/worker/year | Overhead | IDC4 |
| Slow onboarding | 3-6 months to productivity | Ramp cost | Atlan4 |
| Retirement knowledge exodus | up to $9.6T over 4 years | Lost output | Deloitte2 |
| Unplanned downtime (industrial) | $39K-$2M per hour | Operations | Reliamag17 |
In manufacturing the cost is even sharper, because tribal knowledge often controls physical uptime. Industrial operators lose an estimated 11 percent of earnings each year to downtime, overtime, and waste that traces back to knowledge held in a few heads10, and one analysis puts the tribal-knowledge problem at 2.3 million dollars for a typical manufacturer9.
Why Documentation and Wikis Do Not Solve It
The obvious answer to tribal knowledge is “write it down”. Companies have been trying that for decades with wikis, SharePoint, SOPs, and handover documents. It rarely works, and the reasons are structural, not a matter of trying harder.
- Documentation captures steps, not judgement - a procedure can list what to do, but not which exceptions matter, who to call, or why the obvious shortcut is a trap. The judgement is the valuable part, and it is the part that does not fit in a step list3.
- Experts cannot fully articulate what they know - deep expertise is tacit by nature. Ask a veteran why they made a call and the honest answer is often “it felt wrong”. You cannot document what nobody can put into words6.
- Wikis decay from the day they are written - nobody is paid to keep them current, systems change, and pages drift out of date until people stop trusting them and go back to asking a human.
- Writing it down works against the writer - being the only person who knows something makes you valuable, so there is a quiet incentive not to document, especially in a hero culture that rewards the firefighter.
- Documentation is a separate job nobody has time for - it competes with real work, so it slips, and the most knowledgeable people are the busiest and least likely to stop and write.
The Core Problem
A wiki is a snapshot that someone has to actively maintain. It ages the moment it is written and it never observes the work. Tribal knowledge, by contrast, is generated continuously as people do their jobs. Any system that tries to capture a living thing with a static document will always lag behind reality. The fix is not a better document. It is a memory that learns from the work itself.
| Approach | Captures Judgement? | Stays Current? | Survives Turnover? |
|---|---|---|---|
| Wiki / SharePoint | No | No - decays fast | Partly |
| Written SOPs | Rarely | No - drifts | Partly |
| Handover document | Rarely | One-off snapshot | Weakly |
| Exit interview | Superficially | No | Poorly |
| Company Brain | Yes - context and reasoning | Yes - fed by live systems | Yes - by design |
“It takes years for an individual to develop deep smarts - and no time at all for an organization to lose them when a valued veteran walks out the door.”
- Dorothy Leonard-Barton, Professor Emerita at Harvard Business School6
From Tribal Knowledge to a Company Brain
The alternative to writing everything down is to capture knowledge as a byproduct of the work itself. That is what a Company Brain does: it is a shared company memory that learns how your people, processes, and data actually work, and keeps itself current from your live systems instead of a document someone has to maintain.
- Captures as a byproduct of work - instead of asking people to stop and document, it learns from what they already do, so the know-how is recorded without anyone writing a manual.
- Stays connected to live sources - email, Teams, SharePoint, CRM, and ERP feed it continuously, so the memory reflects the current state of your systems, not a stale snapshot.
- Keeps the reasoning, not just the steps - it records why a decision was made and which exception applied, the judgement that documentation always loses.
- Learns from daily feedback - every correction and every completed process makes the memory sharper, so it improves rather than decays.
- Survives turnover by design - because the knowledge lives in the company rather than a head, a departure no longer erases it.
- Makes knowledge searchable - anyone can ask how a process runs and get the answer without hunting down and interrupting the one expert.
The Shift in One Sentence
A wiki asks people to describe their work in a separate place and hope it stays true. A Company Brain observes the work in the systems where it already happens and stays true automatically. That is the difference between an archive that ages and a memory that lives, and it is why capture finally stops competing with real work.
The payoff is concrete. Deloitte found that just 20 percent of knowledge content resolves 80 percent of employee and customer issues2, so you do not need to capture everything. A Company Brain focused on the highest-value processes converts the tribal knowledge that matters most into an asset the whole company can reach.
Turn your team’s know-how into a durable asset
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AI Employees That Act on Captured Knowledge
Capturing knowledge is only half the value. The other half is doing something with it. Because a Company Brain reads from the same live systems your team uses, an AI employee can act on the captured playbook rather than just store it, with a human staying in the loop for approvals.
- Runs the routine steps - an AI employee connected to your ERP and finance systems can pull the reconciliations, assemble the reporting pack, and follow last year’s checklist step by step.
- Handles the follow-ups - it chases missing documents, sends the standard emails, and updates records across email, Teams, SharePoint, CRM, and ERP without a person copying data between them.
- Guides a colleague through the judgement parts - where a decision needs a human, it surfaces the captured reasoning and the relevant exceptions so the colleague decides with full context.
- Works from what actually happened - because it reads live systems, it acts on the real current state, not a document that went stale months ago.
- Keeps a human in the loop - approvals and exceptions stay with people, so the AI employee handles volume while judgement stays where it belongs.
- Learns from every correction - each time a person adjusts its work, the captured knowledge and the next run both improve.
Why This Beats a Static Playbook
A captured playbook that only sits in a system still needs a human to read it, interpret it, and do the work. An AI employee closes that gap by executing the routine parts and walking a colleague through the rest. The knowledge stops being a reference you consult and becomes output you get, which is the point of capturing it in the first place.
| Scenario | Tribal Knowledge Today | Company Brain + AI Employee |
|---|---|---|
| Expert on holiday | Process waits for them to return | AI employee runs the routine steps from the captured playbook |
| Expert retires | Knowledge walks out the door | Knowledge stays; the AI employee keeps the process running |
| New hire ramps up | 3-6 months acquiring undocumented context | Context is on tap; the AI employee guides them through |
| Rare annual process | Rebuilt from memory each year | Playbook and reasoning preserved between cycles |
A Practical Playbook to Capture Tribal Knowledge
You do not fix tribal knowledge with a company-wide documentation mandate. You fix it one critical process at a time, capturing during real work rather than in a separate project. Here is the sequence that works.
- Find the single points of failure - list the processes that would stall if one specific person were unavailable. These are your highest-risk concentrations of tribal knowledge, and they are usually easy for a team to name.
- Rank by cost of failure - score each one by what a failure would cost and how concentrated the knowledge is. Start with the process where a miss hurts most and depends most on one head.
- Capture during the next real run - do not reconstruct from memory afterwards. During the next cycle, record the actual steps, decisions, and systems touched while the expert is doing the work.
- Connect the real systems - link the Company Brain to email, Teams, SharePoint, CRM, and ERP so the playbook is anchored in the true sources of record, not a separate document.
- Capture the reasoning, not just the steps - ask the expert why at each decision point, and record the exceptions and the contacts. The why is what makes the capture durable.
- Put an AI employee on the routine parts - let it run the repeatable steps and follow-ups so the captured knowledge immediately produces output and gets tested against reality.
- Review with the process owner - have the expert check the captured playbook, correct it, and sign off. Their corrections make it trustworthy and give them ownership.
- Extend process by process - once the first capture proves value, move to the next single point of failure. Compounding beats a big-bang rollout that stalls.
Tribal Knowledge Capture Checklist
- You can name the 3 people the company cannot function without
- You know which processes stall if one person is away
- You have ranked those processes by cost of failure
- You have a next real run of the top process to capture during
- Your systems (email, CRM, ERP) have API or connector access
- The process owner is willing to explain the why, not just the what
- Leadership backs a focused first capture, not a boil-the-ocean mandate
- You have defined what “captured” means: another person or an AI employee can run it
Capture During Work vs Capture After the Fact
Capture During Work
- ✓ Accurate - records what actually happened, not a memory of it
- ✓ Includes exceptions - the odd cases show up in real runs
- ✓ No separate project - it rides on work already being done
- ✓ Testable immediately - an AI employee can act on it the same cycle
Capture After the Fact
- ✗ Lossy - memory drops the exceptions and the why
- ✗ Competes with real work - so it slips and stays undone
- ✗ Too late if they left - the expert may already be gone
- ✗ Untested - nobody proves it until the next crisis
How Superkind Fits
Superkind builds a Company Brain and AI employees for SMEs and enterprises. The approach is process-first, not technology-first: the starting point is the real workflow and the real person who holds the knowledge, not a generic product you have to adapt to.
- Company Brain as shared memory - captures how your people, processes, and data actually work and keeps it current, so know-how stops living in individual heads.
- Connected to your real systems - email, Teams, SharePoint, CRM, and ERP are live inputs, so the memory reflects the current state of your tools rather than a stale document.
- Captures during real work - we record the process while it runs, including the reasoning and exceptions, instead of running a separate documentation project.
- AI employees that take over routine work - they act on the captured playbook, run the repeatable steps, and handle follow-ups, with a human in the loop for approvals.
- Learns from daily feedback - every correction sharpens the Company Brain and the next run, so the system improves instead of decaying.
- Survives turnover by design - because knowledge lives in the company, a retirement or resignation no longer erases a process.
- More output without more headcount - the same team delivers more because routine work moves to AI employees and knowledge is no longer a bottleneck.
- Enterprise-grade security - data stays in your infrastructure over encrypted connections, with access controls and audit logs, built to meet GDPR and industry requirements.
| Approach | Wiki / Documentation Project | Superkind Company Brain |
|---|---|---|
| How knowledge is captured | People stop and write it down | Captured as a byproduct of real work |
| Staying current | Manual updates that slip | Fed continuously by live systems |
| What is recorded | Steps only | Steps plus reasoning and exceptions |
| Acting on knowledge | A human reads and interprets it | AI employees run the routine parts |
| Turnover | Knowledge still leaks out | Knowledge stays by design |
Superkind
Pros
- ✓ Process-first - built around your real workflows and the people who hold the knowledge
- ✓ Captures the why - reasoning and exceptions, not just steps
- ✓ Acts, not just stores - AI employees turn knowledge into output
- ✓ Survives turnover - knowledge lives in the company
- ✓ Data stays in your infrastructure - encrypted, access-controlled, auditable
Cons
- ✗ Not a self-serve tool - it needs engagement with our team
- ✗ Requires process access - we need to see how work really happens
- ✗ Best captured live - the strongest results come from capturing during a real run
- ✗ Not for trivial tasks - overkill if a one-line note would do
What to Capture First
You cannot capture everything at once, and you should not try. Use the cost of failure and the concentration of knowledge to decide where to start.
| Signal | What It Means | Action |
|---|---|---|
| One person runs a high-stakes process | Classic single point of failure | Capture it during its next real run |
| A key expert is near retirement | A hard deadline on the knowledge | Prioritise capture before they leave |
| A process runs only once a year | Rebuilt from memory each cycle | Capture the next cycle and preserve the playbook |
| New hires take months to ramp | Undocumented context is the bottleneck | Capture the onboarding-critical processes first |
| A relationship carries the account | Relational capital at risk | Capture the account history and context now |
| The process is trivial and well documented | Low risk, low return | Leave it - focus on the concentrated risks |
Acting Now vs Waiting for the Cliff
Acting Now
- ✓ The expert is present - you capture the reasoning while it can still be explained
- ✓ You choose the process - not the crisis
- ✓ Compounding starts early - each capture makes the next one easier
- ✓ The bus factor rises - no single absence stalls the work
Waiting
- ✗ The cliff is demographic - a cohort retires whether you are ready or not8
- ✗ Capture gets harder - reconstruction from a trail is slower and patchier
- ✗ The cost compounds - every departure adds to the loss
- ✗ You react instead of choose - the crisis picks the process for you
“Every employee in every company contributes to institutional knowledge. However, employee expertise is fleeting when it is only shared through conversation. To remain competitive, businesses must provide the tools to preserve institutional knowledge and instill a culture of teaching among employees.”
- Eric Burns, Co-founder and CEO of Panopto1
Frequently Asked Questions
Tribal knowledge is the undocumented, experience-based know-how that lives in your employees’ heads rather than in any system. It covers the workarounds, the exceptions, the reasons behind decisions, and the informal contacts that make a process actually work. Because it was never written down, it is invisible on the org chart and it leaves the moment the person who holds it does. Analysts estimate that 70 to 80 percent of the knowledge inside a typical organisation is this kind of tacit knowledge.
It is an asset while the person is present and a risk the moment they are not. Around 42 percent of institutional knowledge is unique to a single individual, so when that person is off sick, on holiday, retires, or resigns, the work either stops or gets redone badly. Key-person dependency is now cited by 47 percent of organisations as a significant operational risk, up from 34 percent in 2020. Tribal knowledge concentrates capability in exactly the place you cannot control: one human memory.
The two overlap heavily. Tacit knowledge is the academic term for know-how that is hard to put into words, such as intuition and judgement built up over years. Tribal knowledge is the practical, workplace version: the specific, undocumented know-how a particular team or person carries about how things really get done here. All tribal knowledge is tacit or informal, but the label emphasises that it is shared informally within a group and never captured in a system everyone can reach.
The costs show up as wasted time, delays, errors, and rework. Panopto found that a large US business loses about 47 million dollars a year to inefficient knowledge sharing, with employees wasting 5.3 hours a week waiting for or recreating knowledge. Deloitte projects 6.9 to 9.6 trillion dollars in lost output over four years as experienced workers retire. IDC has put the cost of poor information management at around 5,700 dollars per worker per year. For a mid-sized company these numbers translate into missed deadlines and repeated mistakes every single quarter.
A wiki helps but rarely solves it. Documentation captures the steps but not the judgement: which exceptions matter, who to call, why last year’s shortcut caused problems. Wikis also decay because nobody is paid to keep them current, so pages drift out of date and people stop trusting them. And writing down deep expertise is genuinely hard, because experts cannot always articulate what they know. A living memory fed by real work holds up far better than a static document that ages in a folder.
A Company Brain is a shared company memory that captures how your people, processes, and data actually work, and keeps itself current from your live systems: email, Teams, SharePoint, CRM, and ERP. Instead of asking people to stop and document, it learns from the work as it happens and from daily feedback. When someone needs to know how a process runs, the answer is there regardless of who is in the room, and it gets sharper every time the process runs again.
No. It captures what your experts know so the company stops depending on any single memory. Your experts keep doing the judgement-heavy work, but the routine reasoning, the exception-handling, and the process steps become a shared asset instead of a private one. When an expert is away or retires, the knowledge stays and the work continues. The goal is to raise the bus factor, not to remove the people.
An AI employee connected to your systems can act on the captured playbook rather than just store it. It can draft the routine emails, pull the reports, follow up on missing documents, and walk a colleague through the exact steps a departed expert used to run, with a human staying in the loop for approvals. Because the AI employee reads from the same live systems that feed the Company Brain, it works from what actually happened, not a stale document. That turns captured knowledge into output instead of an archive.
It should stay in your own infrastructure. A well-designed setup connects to your existing systems over encrypted connections, keeps data on your servers, and applies access controls and audit logs. No company data needs to leave your environment, and the setup is built to meet GDPR and industry requirements. Security is a design requirement, not an afterthought, because the whole point is to make sensitive know-how durable and governed rather than scattered in inboxes.
Start with the process that has the highest cost of failure and depends most on one person. For many companies that is month-end close, an annual audit, a critical customer relationship, or a specialised production line. Capture that one during its next real run, prove the value, then extend the same approach process by process. Trying to document everything at once is how knowledge projects stall; a focused first capture is how they succeed.
The fastest route is to capture it while it runs, not afterwards from memory. During the next real cycle you record the actual steps, decisions, and systems touched, connect an AI employee to the relevant tools, and let it assemble the playbook as the work happens. A focused capture of one critical process typically takes a few weeks of part-time involvement from the process owner, spread across the cycle it documents, rather than a long separate documentation project.
That is the worst case and the reason to act early. If the person has already gone, you reconstruct the process from the trail left in your systems: the emails sent, the files edited, the entries posted. A Company Brain can search that history to rebuild much of the playbook, but it is slower and patchier than capturing while the expert is still present. The lesson is to capture the next cycle now rather than wait for the cliff.
It matters for any organisation big enough to have specialised roles and enough turnover that no single person owns a process forever. A 50-person firm and a 5,000-person division both have close processes, audits, renewals, and key accounts that depend on a handful of people. Larger organisations often have the problem worse, because a process spans more systems and more handoffs between departments, so more tribal knowledge sits in the gaps.
Sources
- Panopto - Inefficient Knowledge Sharing Costs Large Businesses $47 Million Per Year
- Deloitte Insights - The $9 Trillion Knowledge Exodus: Turning Baby Boomer Retirements Into Advantage
- Atlan - Tribal Knowledge: Definition, Five Types and AI-Era Risks
- Atlan - Institutional Knowledge Loss: Causes, Costs, and Prevention
- HR Dive - Inefficient Knowledge-Sharing Costs Large US Businesses $47M a Year
- Harvard Business Review - Learning What Wiser Workers Know (Dorothy Leonard on Deep Smarts)
- IW Cologne - Babyboomer in Rente: Bis 2036 fehlen 4,3 Millionen Arbeitskraefte
- IW Cologne - Fast 20 Millionen Erwerbstaetige erreichen bis 2036 das Renteneintrittsalter
- 24G - Tribal Knowledge Loss Prevention: The $2.3M Problem Every Manufacturer Faces
- Manual.to - The Tribal Knowledge Crisis in Manufacturing
- Tallyfy - What Is Tribal Knowledge and How Do You Capture It
- Thirst - What Is Tribal Knowledge (And Why It Is Costing Your Business)
- HR Executive - Why Unshared Knowledge Destroys a Company’s Bottom Line
- iwd.de - Demografischer Wandel: Die Babyboomer gehen, die Jungen fehlen
- TechBullion - The Hidden Costs of Tribal Knowledge
- Dirac - Capturing Tribal Knowledge Before It Walks Out the Door
- Reliamag - The Cost of Lost Plant Knowledge: What Walks Out When Your Experts Retire
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