STRUCTURAL PERFORMANCE MANAGEMENT (SPM)
SPM continuously calculates the real structural performance of critical equipment from real-time operating data, so teams can safely increase throughput, reduce downtime, and extend asset life.
don’t use real-time data to inform an operating decision.
are reactive, don’t use forward-looking insights to repair-or-replace calls.
can’t test the operating scenarios that decide the capital.
At Shell’s Pearl GTL, a WEF Global Lighthouse site, SPM extended critical asset life and deferred major capital, verified independently on live equipment.
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Adriatic LNG / ORV re-rate
more throughput from equipment already in the ground.
Operating limits get set with room to spare — that caps performance. Harder is seeing the steel’s real condition, live, so you can run it to its true safe capacity. At Adriatic LNG: one ORV re-rated live — up to €32M in deferred CAPEX when all four are.
Shell Bonga FPSO / hull fatigue
hotspots to focus on — out of 15,000 potential ones.
Every operating change does something to the steel. Safer is a heightened line of sight on the true condition — as it happens, not at the next inspection. On Bonga, that meant OPEX down 33%: fewer people, less time in the field.
Pearl GTL / WEF Global Lighthouse site
years of critical asset life — at 64% capital savings annually.
Remaining useful life is a hard number to pin down — so steel retires early. Longer is knowing it, with confidence, in real time. At Pearl GTL, the structural twin gave the proof to safely extend equipment life by six years.
Explore nowGeneric AI infers patterns from historical data alone, with no model of why they occur. SPM takes that same data and runs it through a physics-based engine, Akselos’s RB-FEA, grounded in engineering codes and standards like ASME and API 579.
Teams increase throughput, reduce pressure, raise temperature, and shorten the cycle.
Steel responds through fatigue and cracking, buckling, and loss of remaining useful life.
These decisions defer CAPEX, optimize OPEX, and reduce safety risk.
No new sensors, no new hardware. Uses drawings, sensor data, inspections, and historian records you already have.
Patented RB-FEA, built for speed and scale. Runs 1000x faster at 30-50x scale, compliant with API 579 / ASME.
Answers your team can act on. Live visualization, reporting, and API integrations built in.
Structural Performance Management is how Akselos makes AI4SI category real continuously, across your entire stack, every day.
THE DECISION IT INFORMS
THE OPERATING LAYER
Live Structural Twin • Physics-Based AI • RB-FEA
DATA HISTORIAN
APC / RTO
MES
PLANNING & SCHEDULING
APM
GENERIC AI TOOLS
YOUR EXISTING STACK – ALREADY IN PLACE
The breakthrough that makes it live
Conventional simulation re-solves a whole model from scratch within hours, even days. Akselos’s patented RB-FEA (MIT · EPFL) re-solves any change in seconds, within 1% of full FEA accuracy. That’s what makes a live structural twin possible.
UPCOMING WEBINAR
Join Verdantix analyst Sayanh Alam and Akselos’s Oz Rodriguez live to unpack new research on why asset data isn’t translating into confident decisions, and what’s changing that.
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WHITE PAPER
New Verdantix research of 40 industrial leaders shows that safety, cost, and performance trade-offs are driven by uncertainty, not necessity.
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BLOG
This post compares neural-network Physics AI and Akselos’s RB-FEA technology, and explains why only one of them can certify its own accuracy on every solve.
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Akselos SPM elevates throughput, protects critical equipment, and frees the capital trapped in your steel.
