To restrict what an AI agent can reach, the boundary has to be explicit and enforced by the platform rather than by the agent's instructions. Why instructions are not a boundary Telling an agent not to do something is guidance, not control. * Instructions that can be misinterpreted in
Understanding what SOC 2 means for buyers helps you read a vendor's claim accurately — including the difference between the two types, which is often glossed over. What the certification covers It is an audit of controls rather than a product feature. * Security controls documented and independently examined * Availability,
To offboard someone from your systems, two things have to happen together: their access ends, and the record of what they did remains intact. Where offboarding goes wrong Removal is treated as deletion, and something breaks as a result. * Historical changes attributed to a missing user * Processes that depended on
To protect against accidental data loss, you need three layers: friction before a large deletion, recovery afterwards, and a record of what happened. How data is actually lost Almost never maliciously. Almost always through a reasonable action taken quickly. * A folder deleted for one obsolete table, taking live ones with
To limit who can see financial data, the restriction has to apply at field level. A process shared across teams usually contains figures only some of them should reach. Where financial data leaks internally Not through breaches. Through processes that were built for convenience. * A whole table shared because one
Running security checks before adopting a platform is easier before signing than after. The questions are standard, and the answers should be available without a special request. What to ask Each question tests something different, and vague answers to any of them are informative. * What certification does the platform hold,
Deciding which system owns which data is the decision that determines whether an integration works. Two owners for one entity produces conflict rather than consistency. What happens without a decision Bidirectional synchronization without ownership is a reconciliation loop. * The same record edited in two systems * Conflicts resolved by whoever edited
When you need to integrate a system with no connector, the question is what that system exposes. The answer determines which of four approaches is available. The four approaches They vary in effort and in how well they survive change. * Open API on both sides — the cleanest option, done with
To document your integration landscape, record what each connection does and why it exists. Integration documentation that lists endpoints without purpose helps nobody. What goes undocumented Integrations are built under time pressure and documented never. * Connections nobody can explain the purpose of * No record of which system owns which data
To troubleshoot a failing integration, establish first whether anything ran at all. That single question eliminates most of the possible causes before any investigation begins. Why integration failures are hard to diagnose The failure is usually silent and the symptom appears elsewhere. * Records not updated, discovered days later * Two systems
To embed external content into a process, you bring the page the person would otherwise open into the card itself. The decision and the information it requires end up on one screen. What tab-switching costs Each switch is a small interruption repeated hundreds of times. * A scheduling link sent
To manage several legal entities, the data has to attribute itself. Groups that rely on someone choosing the right company on each record discover the errors at closing. Why multi-entity groups struggle Each company is correct in isolation and incomparable in aggregate. * Separate systems per entity, with no consolidated