Onchain Perps: Self-Custody Risk You Need to Map First
Self-custody removes the exchange counterparty but not the risk. Map bridges, validator sets, oracles, and key delegation before your first onchain perps trade.
9 min read
Decentralized finance: what it is, how to use it, and where the risks hide.
DeFi means something different depending on who you ask. These articles explain the actual mechanics — liquidity pools, lending protocols, yield farming — and the failure modes that matter when your money is on-chain.
Self-custody removes the exchange counterparty but not the risk. Map bridges, validator sets, oracles, and key delegation before your first onchain perps trade.
How three interlocking mechanisms — funding rates, a tiered liquidation engine, and backstop layers — keep perpetual futures tethered to spot and what happens when all three are stressed at once.
Drift's JIT auction and Jupiter's JLP pool define Solana perps — and the April 2026 Drift exploit shows the $285M cost of human-layer failure.
Onchain perp DEXs split into two families — orderbook venues and pool/oracle venues. Each trades price-discovery quality and LP risk profile against infrastructure complexity.
What perpetual futures are, how they differ from spot and dated futures, and the key mechanics — leverage, margin, and funding rate — every new trader must understand.
Chain abstraction blends intents, smart accounts, gas sponsorship, and unified addressing into a UX that hides which chain you're on. What's live, and the risks.
Everclear's clearing layer nets opposing cross-chain flows before any bridge is touched — eliminating most solver rebalancing overhead and making the intent economy viable at scale.
How Across, Chainflip, and Relay each solve the atomic impossibility of cross-chain settlement — and the distinct trust models and risks behind every fill.
How UniswapX Dutch auctions and CoW Swap batch auctions proved intent-based trading works — gasless, MEV-protected, measurable price improvement.
What an intent in crypto actually is: a signed outcome declaration, not an execution path. How solvers, settlement contracts, and auctions work.
The restaking premium over plain ETH staking has compressed to mid-single digits in 2026. Is stacked smart-contract and slashing risk worth the extra yield?
How compounding layers of restaking risk — slashing, leveraged loops, and bridge exposure — converged in the April 2026 Kelp DAO exploit and created ~$177–196M in Aave bad debt.
A deep-dive comparison of the leading liquid restaking tokens — weETH, ezETH, and rsETH — their mechanics, the April 2024 ezETH de-peg, and the risks you accept as a holder.
How restakers, operators, and AVSs interlock inside EigenLayer — from EigenPods and LST strategy contracts to slashing, EigenDA, and the EIGEN token.
Staking, liquid staking, restaking, and lending all pay yield on your ETH — but through fundamentally different mechanisms with very different failure modes.
Self-custody is necessary but not sufficient for RWAs. Approvals, KYC bindings, and tax treatment all matter. Capstone of our 6-part RWA series.
Self-custody does not insulate you from issuer, custodian, or transfer-agent failure. A practical map of the five-layer counterparty stack behind every RWA token.
Tokenised gold passed $6B and xStocks crossed $10B in volume. Here is how Backed, XAUT, PAXG, Dinari and Robinhood actually work in 2026.
Tokenised private credit hit $3.2B outstanding by March 2026, up 180% YoY. We unpack Centrifuge, Maple, and Goldfinch — yields, mechanics, and the defaults.
Tokenised US Treasuries crossed $15B in 2026. A plain-English tour of BUIDL, BENJI, OUSG, USDY, USYC, USTB and how T-Bills became DeFi's reserve.
RWA tokenisation hit $26.4B in Q1 2026. Here's why the legal wrapper, not the token contract, decides whether you actually own anything.
A capstone on Zelcore DeFi security: ERC-20 approvals, Permit2, clear-signing with Ledger and Trezor, SSP 2-of-2 multisig, and custom RPCs.
How Zelcore Earn surfaces native delegated staking for FLUX, ATOM, SOL and ADA while deliberately skipping LSTs, lending and restaking.
How Zelcore Fusion actually works: it aggregates centralized instant-swap providers rather than on-chain DEXs. A walkthrough of fixed vs floating rates, provider routing, MoonPay and Guardarian on-ramps, and when to skip Fusion for a DEX.
Zelcore spans 80+ chains under one 24-word seed and connects to DeFi via WalletConnect v2. A beginner-friendly look at what that buys you and what it costs.
An automated market maker uses a simple formula, x times y equals k, to price every trade. Here is what that means, with $100 examples.
Before you swap, lend, or farm anything, you need to understand the three primitives every DeFi interaction depends on: your wallet, gas, and token approvals.
DeFi replaces banks and brokers with public smart contracts. Here is what that actually means, mechanically, and why one change cascades into everything else.
DeFi lending explained with a worked example: deposit collateral, borrow against it, watch the health factor, and understand how liquidations actually fire.
Three stablecoins labelled $1 can rest on wildly different foundations. Learn how fiat-backed, crypto-backed, and algorithmic designs actually work — and fail.
Impermanent loss is the hidden cost of being an AMM liquidity provider. Here's the math, a reference table, and a checklist to decide if the fees are worth it.
Smart contracts are sealed from the outside world by design. Oracles are the signed conduits that pipe prices in — and the single point where DeFi most often breaks.
DeFi's composability lets protocols stack like Lego, but it also means one oracle glitch or depeg can cascade across lending, AMMs, and stablecoins in minutes.