The simulation company for onchain operations. Tenderly lets engineering, finance, and risk teams model every onchain action against a real, live system.
Joined November 2018
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The infrastructure for onchain finance is in place.
The next step is operating on top of it at an institutional scale.
Today, Tenderly expands its product offering to enable onchain institutions to model every move before capital is exposed. 🧵
blog.tenderly.co/simulation-…
Every onchain move is a risk decision.
Modeling gives you a risk-free preview to validate, test, and optimize how capital behaves onchain.
Our CEO @bendzi discusses risk modeling, simulations, & broader adoption on Builders in Fintech.
Full episode 👇
youtube.com/watch?v=AU6cyjEW…
Simulate → inspect → adjust → re-simulate
Run the entire loop in Virtual Environments to quickly inspect and troubleshoot issues.
Re-simulate with the same parameters on the latest or pending block in one click.
Troubleshoot with ease: 👇
tenderly.co/blog/changelog/r…
Analyze oracle health, update cadence, & price history for @chainlink and @ChronicleLabs.
→ See feed parameters at a glance
→ Examine oracle rounds in detail
→ Analyze feed contracts
→ Take the next steps right away
Track oracle health with ease:
tenderly.co/blog/changelog/o…
When managing vaults at institutional scale, you need to ensure:
→ Production readiness
→ Operational integrity
→ Ongoing risk mitigation
Risk modeling enables this across the vault lifecycle.
With Tenderly, you can model:
👉 The outcome of simple operations such as moving capital
👉 Vault performance under modified parameters & real conditions
👉 Black swan events such as market crashes or whale exits
Learn why modeling is the new standard:
tenderly.co/blog/risk-modeli…
Tenderly retweeted
Signing a transaction blind is a great way to ruin someone's day.
Our Intents API uses @TenderlyApp to simulate before sign: inspect gas, balance changes, and catch reverts with dashboard links right from failed runs.
You see what happens before it does.
Offering automated security solutions, @Kerberus simulates every tx before it reaches the user.
To preview tx outcomes, the team runs ~2M simulations across 50+ chains on Tenderly monthly.
Learn how Kerberus uses simulations to ensure user protection: 🧵
tenderly.co/blog/case-studie…
Aside from analyzing txs, the Kerberus team applies slight modifications to some of them, such as correcting slippage.
The team uses Tenderly to simulate the txs before and after the change.
This way, the team can verify successful execution or resolve potential reverts.
Operational discipline onchain was one of the key topics at @Vault__Summit.
Vault management now requires standardized risk practices for handling institutional capital.
@bendzi discussed how simulations let teams model that risk before capital is exposed, while @BogdanHabic addressed the operational side of managing it once vaults are live.
When it comes to funds being lost or mismanaged, there’s always a question of whether it was the code or an operational error.
In both cases, modeling can prevent or at least reduce the loss.
Hear @BogdanHabic on risk management and modeling:
Will Nuelle (@willnuelle) of Galaxy (@galaxyhq) points to a disclosure gap: some vaults with offchain exposure make suppliers creditors of the issuing entity, and their position in that creditor stack is often not well disclosed.
Watch our panel with Vikram Arun (@vik_runa) of Superform (@superformxyz), Bogdan Habic (@BogdanHabic) of Tenderly (@TenderlyApp), and Ryan de Souza (@_ryandesouza) of Offchain Labs (@Offchain).
Markets drift over time and assumptions change.
Modeling lets you see how your vaults react when capital moves under those shifted conditions.
@bendzi breaks down different types of risk modeling across the vault lifecycle.
Andrej Bencic (@bendzi), CEO of Tenderly (@TenderlyApp), explains how vault curators can use simulations to test what happens when upstream protocols fail, map the blast radius across their vaults, and check that emergency infrastructure works.
Validate CCIP v2 and lzCompose flows before they reach mainnet.
The Bridge Module on Virtual Environments relays CCIP v2.0 messages instantly and delivers composed calls end-to-end.
Test the whole cross-chain flow in a multichain Virtual Environment 👇
tenderly.co/blog/changelog/v…
Share a governance proposal with your team before signing.
→ Simulate the entire multistep flow
→ Have all the parameters pre-filled
→ Preview the results before approval
Share the entire flow with ease:👇
tenderly.co/blog/changelog/s…
Tenderly retweeted
Bogdan Habic (@BogdanHabic), Co-Founder and CTO at @TenderlyApp, will take the stage at Vault Summit Singapore on the panel: "Vault Integration and the Limits of Embedded Yield."
9 October · sg2026.vaultsummit.xyz
Monitor token flows across a whole set of addresses:
→ Choose a list of addresses to watch
→ Track specific, project, or tagged tokens
→ Set thresholds for meaningful amounts
→ Follow net flow movements
Track what matters to your team 👇 🧵
tenderly.co/blog/changelog/m…
Monitor net balance changes within a single transaction to catch unexpected outflows.
Select net mode, which aggregates every transfer in a transaction into one net balance change per address and token.
