Funding rates and risk engines that hold up under leverage.
Futures, options, and perpetual swaps, with funding-rate mechanics and a risk engine built specifically for leveraged derivatives, not repurposed from a spot or margin-trading system where the failure modes are different.
Same vetting bar either way, whether we staff the project or fill the seat. See the rubric
Perpetual swap contracts with funding-rate mechanics that keep price anchored to spot.
Options and dated-futures contracts with settlement logic built for expiry.
A risk engine sized for leveraged derivatives, not adapted from spot trading.
Cash or physical settlement, engineered correctly for the instrument you're listing.
What we build for derivatives platforms.
Perpetual contracts with a funding-rate mechanism that keeps the contract price anchored to the underlying spot index, computed and applied on a schedule that stays fair to both sides of open interest.
Dated futures and options with correct expiry, settlement, and exercise logic, the parts of a derivatives platform that are easy to get subtly wrong and expensive to fix after real positions are open.
A risk engine built specifically for derivatives leverage, mark-price calculation, tiered margin, and liquidation logic tuned to the volatility profile of leveraged contracts, not adapted from a spot-trading risk model.
Insurance-fund mechanics and auto-deleveraging logic for the moments a liquidation can't close a position fast enough to cover the loss, designed in from the start, not added after a real shortfall.
Current tools, not last year's.
The nearest thing we've actually shipped.
Real-time dispatch platform
A real-time system built to react correctly to 12,000 time-critical events a day under continuous load, the closest analogue in our portfolio to a derivatives risk engine's demands, from a non-blockchain engagement.
On camera, in their own words.
Why he brought his development work to Code Elevator.
Scoped fast. Shipped on a real timeline.
Building something adjacent?
Answered before you ask.
Margin trading adds leverage to spot positions. Derivatives are their own instruments: perpetuals, options and futures each have distinct settlement and pricing mechanics, like funding rates or options expiry. A margin-trading risk engine does not need to handle any of that.
It's the periodic payment between long and short holders of a perpetual contract that keeps its price anchored to the underlying spot price. Getting the formula and payment schedule wrong is one of the more common, and expensive, mistakes in perpetual swap platforms.
Insurance fund and auto-deleveraging mechanics are built in from the start for exactly this scenario. The platform absorbs a shortfall through the insurance fund first, and only socializes loss across counterparties as a last resort. By design, not by accident.
Generally yes, in most jurisdictions, leveraged derivatives trading is regulated more heavily than spot trading. We build the risk controls and reporting regulators typically expect, but licensing requirements for derivatives specifically need review with counsel in each market you launch in.
Yes. Most engagements cover the full stack, from the risk and matching engines through the trading UI, though we'll also build purely against an existing engine if that's what you need.
Every way out of this build is already written down.
Code, prompts, models and pipelines: all work-product IP assigns to you by contract from day one, not on final payment.
Nothing is locked to us or to a proprietary platform you can't leave. You get the repository, the documentation, and full access.
Bring us the contract mechanics. We'll tell you what's realistic.
Perpetuals, options, or futures. We'll model the risk engine against your leverage and liquidity before we build it, not after something breaks.
We reply within an hour during our working day in India and the UAE.