# A Contract IDE to build. An Auditing IDE to break. One fork to prove it. > A Contract IDE to build, an Architecture Explorer to see who controls what, and an Auditing IDE to prove findings by execution — across six EVM networks and Solana, on reproducible chain state. Develop, analyze and audit contracts and programs against reproducible chain state, from one security workspace. [Launch app](https://app.trilocore.ai/) [Book a demo](https://trilocore.com/demo) - Ethereum - BNB Chain - Polygon - Arbitrum - Optimism - Base - Solana Contract IDE Architecture Explorer Auditing IDE EVM Solana Illustration of the Contract IDE: Vault.sol open in the browser editor, compiled with solc 0.8.24 and deployed to a mainnet fork pinned at block 22,847,313. [Explore the Contract IDE →](https://trilocore.com/platform/contract-ide) Illustration of the Contract IDE opened on a Solana program: lib.rs, an Anchor withdraw instruction that reads the authority account but never requires it to sign. The status bar records that Rust is read and analyzed but not compiled, because there is no Anchor toolchain. [Explore the Contract IDE →](https://trilocore.com/platform/contract-ide) Illustration of the Architecture Explorer: an authority graph read from chain state. An owner EOA holds admin over a 48-hour timelock, which governs an EIP-1967 proxy pointing at its implementation. A second path is highlighted in red — the owner reaches upgradeTo() directly, bypassing the timelock delay. [Explore the Architecture Explorer →](https://trilocore.com/platform/architecture-explorer) Illustration of how Solana program authority is covered, through program detectors rather than an explorable graph. A table shows the accounts a detector reads: the program and its program-data account, both owned by the BPF loader, with upgrade authority held by a single keypair; and a vault PDA owned by the vault program, which signs by derivation rather than with a key. Alongside it, three authority checks that ship as graded findings. The panel states that the explorable graph is an EVM capability, and that on Solana the same questions are answered by the Scanner as graded findings. [Explore the Architecture Explorer →](https://trilocore.com/platform/architecture-explorer) Illustration of the Auditing IDE, Scanner panel: contract 0x9f41…c2ae on a mainnet fork pinned at block 22,847,313. A critical reentrancy finding in withdraw() whose proof-of-concept has been replayed, and a high-severity delegatecall candidate still awaiting review. [Explore the Auditing IDE →](https://trilocore.com/platform/auditing-ide) Illustration of the Auditing IDE, Scanner panel, on a Solana program. A critical finding, missing signer check on the authority account, marked proven by replay. The account table shows authority is neither a signer nor writable, while vault_pda and recipient are writable. The result reads: vault balance 9 SOL to 0 SOL, because withdraw succeeded without the required authority signature. [Explore the Auditing IDE →](https://trilocore.com/platform/auditing-ide) Replay-verified every reported finding ships as a runnable proof-of-concept Bytecode-level analyzes deployed contracts — source optional Seven networks six EVM chains plus Solana — no per-chain setup on your side Private handoff code and notes reach your audit team read-only The platform ## One workspace, three surfaces. ### Contract IDE Write, compile and deploy Solidity and Vyper in the browser; open Rust programs for analysis. - Surface: Developers - Input: Solidity, Vyper; Rust read-only - Output: Compiled and deployed to a fork (EVM) Explore [Explore the Contract IDE](https://trilocore.com/platform/contract-ide) ### Auditing IDE Composer, Scanner and MorphVM against one live fork. - Surface: Auditors - Input: Deployed bytecode - Output: Replay-verified findings Explore [Explore the Auditing IDE](https://trilocore.com/platform/auditing-ide) ### Architecture Explorer Who controls what, read from chain state. - Surface: Both - Input: Bytecode, chain state - Output: Actors, authority, paths Explore [Explore the Architecture Explorer](https://trilocore.com/platform/architecture-explorer) 01 ### Contract IDE - Solidity - Compile - Deploy 02 ### Architecture Explorer - Authority - Actors - Storage 03 ### Auditing IDE - Findings - Replay - Trace One shared execution context — a pinned fork on EVM, captured account state on Solana [Janus AI — an agentic auditor held to the same replay bar, in development and not yet available →](https://trilocore.com/platform/janus-ai) Fork environment panel showing a pinned mainnet fork with impersonated sender Fork environments ## Real chain state. No transaction ever reaches the live network. Every analysis session runs against isolated chain state — a fork pinned to a reproducible block on EVM networks, captured live account state on Solana. Inspect, modify and replay execution without touching live assets. [Explore fork environments →](https://trilocore.com/platform/fork-environment) 1. 22,847,310 2. 22,847,311 3. 22,847,312 4. 22,847,313 ### Mainnet - continues - untouched - read-only ### Trilocore fork - sender override - balance override - transaction replay - storage mutation ## We build so that a finding is proven by execution, not argued from a report. [01Bytecode-firstAnalyze what is actually deployed. Source and verified ABIs improve context but are not required.](https://trilocore.com/platform/analysis-engine) [02Replay-verifiedA candidate becomes a finding only when its proof-of-concept reproduces against the pinned fork.](https://trilocore.com/platform/fork-environment) [03Shared evidenceDevelopers and auditors work against the same contract context, findings and fork state.](https://trilocore.com/platform/contract-ide) ### See why a finding is real 1. Candidatescanner 2. PoC generatedcomposer 3. Fork replayblock 22,847,313 4. State change observedbalance delta 5. Replay-verifiedtrace attached ## Trust is a precondition, not a feature. Workspaces are private by default, execution never leaves an isolated fork, and no finding is reported until its proof-of-concept reproduces. Trust Center [Read the Trust Center](https://trilocore.com/security) ## Put the workbench on your code Run Trilocore against your contracts and programs, or walk through the platform with us. [Launch app](https://app.trilocore.ai/) [Book a demo](https://trilocore.com/demo) --- [Canonical HTML version](https://trilocore.com/)