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Vermont Solutions

We migrate DataSynapse grids without stopping the compute that sustains your business

We specialise in migrations from TIBCO DataSynapse GridServer to IBM Spectrum Symphony, HTCondor and cloud architectures, preserving risk, valuation and actuarial close SLAs throughout the process.

  • TIBCO DataSynapse GridServer
  • IBM Spectrum Symphony
  • HTCondor
  • AWS
  • Azure
  • Kubernetes
  • Zero downtime
  • ~99% CPU util.
  • Dual-run

What's included

We know GridServer from the inside

Engines, directors, brokers and its service model: we have spent 15 years operating the largest grids in Spanish banking. That allows us to translate every workload to the target platform without rewriting the business.

Target platforms

IBM Spectrum Symphony

Our historical specialty: 300 million tasks per day in production at tier-1 banks.

HTCondor

The open-source route to eliminating licence costs while keeping the throughput.

Cloud & Kubernetes

Cloud overflow or full outsourcing of the grid (AWS, Azure).

Our method

  1. 01

    Inventory

    Inventory of services and dependencies of the current grid.

  2. 02

    Scheduling translation

    Translation of the scheduling model to the target platform.

  3. 03

    Wave-based migration

    Wave-based migration with dual-run: both platforms in parallel.

  4. 04

    Validation

    Result-by-result validation, with no downtime windows.

Results

Results in production

REAL CASE · TIER-1 BANK

Zero downtime

during the migration

~99% CPU

utilisation on the target platform

TIBCO DataSynapse GridServer → IBM Spectrum Symphony · HTCondor · AWS/Azure

Does your DataSynapse grid need an exit plan?

Free initial technical assessment in 2 weeks.

Book a 45-minute technical session →

Migration FAQs

Can a GridServer grid be migrated with no downtime windows?
Yes. The migration runs in waves with dual-run: the target platform operates in parallel with GridServer, and each service moves across once its result parity has been verified. The production grid never stops; the reference case is a tier-1 bank with zero downtime throughout the entire process.
IBM Spectrum Symphony, HTCondor or cloud: which one fits?
It depends on the workload profile. Symphony is the natural target for low-latency Service-Oriented workloads (intraday risk, XVA, pricing); HTCondor removes the licence cost for high-throughput batch workloads; cloud and Kubernetes bring elasticity for closing peaks or full grid outsourcing. In practice many grids end up on a combination, and the initial service inventory is what decides the split.
How do you validate that computation results do not change?
With result-by-result validation during the dual-run: the same portfolios and scenarios run on both GridServer and the target platform, and the numerical outputs (VaR, sensitivities, actuarial reserves) are compared systematically before each service is signed off as migrated. Deviations are explained and documented — essential in front of internal audit and the supervisor.
What happens to existing integrations (Java, C++, .NET Drivers)?
Grid clients are not rewritten in one go. GridServer Driver APIs are mapped to their equivalents on the target platform and, where it helps, an adaptation layer is introduced so the computation engines (proprietary libraries, C++/Java/Python) keep working unchanged during the transition.