From Reservoir to Boardroom
AI Petrography at Scale.
Weeks to Minutes.
Conventional characterisation: 3–5 thin sections per day, core description at 25–35m per week, sparse physical MICP sampling. The intelligence arrives too late and too incompletely to inform the decisions that depend on it. This product delivers pixel-level AI petrographic analysis in minutes — with MICP-equivalent pore characterisation from thin section images alone, at full programme coverage, without physical laboratory measurement.
AI models trained on two decades of carbonate and clastic deployments — a subsurface corpus no new entrant can replicate through investment or acquisition. Every output flows as a governed Energy OS data asset directly into reservoir models, not a static report requiring manual re-entry.View More Details →
The Field Development Plan
That Never Goes Stale.
Every energy producing organisation today manages its most valuable assets against a plan that is, to some degree, wrong — not through negligence, but because updating it was prohibitively expensive. Field development plans are produced in multi-month study cycles and immediately begin to age. Most organisations conduct a genuine field review infrequently. MEERA Centrum ends this model: the FDP becomes a continuously operating intelligence system that is never finished and always current.
Accepts existing reservoir models in ECLIPSE, INTERSECT, CMG, tNavigator, and Petrel formats without replacement. The value is additive to existing investments, not contingent on replacing them.View More Details →
The Optimal Programme.
Always. Not Just Once.
Building an annual drilling programme for a major producing division consumes months of planning effort. Manual processes find a workable sequence — they cannot find the best one. The production deferred because the sequence is suboptimal remains invisible, which is precisely why it has been accepted as structurally inevitable. This product finds the best sequence, then maintains it autonomously as conditions change — without mobilising a planning team.
$60M in savings and $50M in accelerated revenue documented within a single business unit in a single year. Planning cycles from months to hours. No additional wells. No additional capital. Sequencing optimisation alone — this is the value that was always latent in the portfolio, invisible to manual planning processes.View More Details →
From Periodic Reports
to Live Governance.
Portfolio decisions are made on operator-submitted data of uncertain vintage, economic evaluations built on assumptions that independent stakeholders cannot validate, and reporting cycles that deliver information about the past. The governance model is permanently reactive. FOLIO replaces this with a continuously-current, technically-grounded, economically-rigorous intelligence environment for every stakeholder across the full governance hierarchy — from field engineer to investment committee to national ministry.
FOLIO's AI co-pilot answers plain-language queries about the full portfolio data estate instantly, grounded in the governed data: "What is the total oil production for all blocks in January 2024?" — 977,281 barrels per day, in seconds, without a data analyst in the loop.View More Details →
817 Fleet Units.
Governed Agentically.
Logistics in energy field operations is managed today through dispatcher phone calls, manually-maintained spreadsheets, and reactive re-routing when problems are already cascading. REACH replaces this model with four integrated capability domains — governed agentically, connected to the activity programme, and designed to complete the operational loop from reservoir intelligence through physical field execution.
Near-term integration with Activity Sequencing closes the full operational loop — when the programme changes, logistics re-optimises automatically. When logistics fails, the activity sequencer receives the alert before it cascades into non-productive rig time. Physical execution governed by the same intelligence chain that governs the reservoir model above it.View More Details →
