A basin that has outgrown split evidence

The basin no longer waits for its first answer. Guyana’s government data put national output at 906,000 bbl/d in September 2026, up from 832,000 bbl/d in August, with a January–September average of 892,000 bbl/d (Reuters via Devdiscourse, 28 October 2026). The Stabroek co-venturers reported their one-billionth barrel on 28 September 2026 (ExxonMobil). On the Suriname side, Staatsolie reported on 21 September 2026 that GranMorgu is progressing to schedule, with first oil planned for 2028 and a new Block 58 exploration campaign planned for 2027 (Staatsolie).

Geology, development plans, production timing, fiscal terms, infrastructure, investment and national priorities are therefore tied together across the Corentyne. Yet the Guyana Ministry of Natural Resources publishes its wells and blocks (MNR well activities; MNR oil blocks), Staatsolie publishes Suriname’s (SHI GeoPortal), and most studies stop at the border. GIP was designed to bring those halves, and the disciplines that read them, into one working environment.

An intelligence platform, not a shelf of data

A database stores information. GIP is designed to help users work with it: to locate evidence, connect related subjects, examine assumptions, run scenarios and consider what a finding could mean for a project, a company or a country.

GIP does not treat a well result, licence, development concept, production profile or fiscal term as an isolated fact. It holds the Guyana and Suriname registers in a single EPSG:4326 frame, 159 official wellheads and 72 licence polygons as of 5 August 2026, and keeps surveyed wellheads, published drilling positions, field centres and model points as separate object types (Chin-A-Lien 2026a). A user can move from the basin view to a well, a block, a discovery, seismic coverage, a production profile or a commercial pathway, and see where each item came from.

GLIAG’s ambition is best-in-class focused regional intelligence: relevant evidence, analytical tools, stated uncertainty, professional judgement and practical application in one place. That is a design goal and a GLIAG judgement, not the result of an independent benchmark against commercial data services.

Reading the screen

Figure 1 shows the platform as published on the GIP poster; Figure 2 marks eight features of the same screen.

1. Revision and scope. The header reads “GLIAG · GSB Intelligence Platform™ · Rev 0.22.110 · Full modelling suite (fiscal · depletion · coupled) · Decision intelligence · 24 Oct 2026”. Every screen carries its revision and date, so a screenshot cited in a report can be traced to the build that produced it.
2. The case for… A row of strategic themes: New Refinery, Gas-to-Shore, Gas Master Plan, SH-2050 Policy Framework and Beyond the MOP. The screen labels them “GLIAG proposals – not sanctioned”. They sit next to the evidence so that their assumptions can be tested against it; their presence does not mean any government or company has approved them.
3. Sedimentology module, GIP-SED-01. Source-to-sink interpretation, facies architecture, reservoir prediction and 3-D models, opened on the main screen with one tick. Its card reads “as of MISSING · JUDGEMENT”: the module is interpretation, and its sources are listed inside it rather than dated at layer level.
4. Layers with source, date and evidence tag. Guyana wells (109) from the MNR well activities register, as of 2026-08-05, FACT. Suriname wells (50) from the Staatsolie SHI GeoPortal WELLS_JOINED layer, as of 2026-08-05, FACT. Discovery wells shown at published positions (4 plus one group) from MAS Notices to Mariners and Global Energy Monitor; the panel states that these are drilling positions, not wellheads, and that the GranMorgu wells form a labelled block-centroid group, FACT / MISSING. Eight announced wells with pending coordinates, from MARAD Notice to Mariners 131/2026 (Rockhead-1) and Staatsolie’s 2025 year-end exploration summary, “as of MISSING”. Guyana licence blocks (47) from the MNR oil-blocks map, as of 2026-08-05, and Suriname contracted blocks (25) from the SHI GeoPortal.
5. Both countries in one frame. Roraima, Kaieteur, Stabroek, Oreo, Demerara, Canje, Kanuku, Corentyne and the onshore Areas 5–7 on the Guyana side; Blocks 42, 52, 58, 6, 64 and 65 and Suriname’s open acreage on the other. In this view only the two licence layers are switched on; the well layers are listed but off.
6. Orientation. “Waar ben ik?” (Where am I?) returns a lost reader to the current section, “Begin hier” (Start here) opens the role-based entry, and Ask Marcel, the insight assistant, answers questions about the open section. A side tab opens the State Budget and Portfolio suite.
7. Publications. Direct access to Basin Watch (90 editions), the GLIAG essay library (291 essays) and the newsletters, as counted on 24 October 2026.
8. Base map and credits. Leaflet, Sentinel-2 cloudless by EOX IT Services GmbH (contains modified Copernicus Sentinel data 2016, CC BY 4.0) and labels from OpenStreetMap contributors (EOX; OpenStreetMap).

The counts on the screen are register shapes and register entries, not licences. The 72 licence polygons on the screen come from the two national map layers; the companion licence atlas reduces them to 34 licence entries with holders, working interests and terms (Chin-A-Lien 2026b). Reading a count without its unit is a common source of error in basin commentary, and the screen gives the unit and source next to each number for that reason.

One evidence system, not a pile of sources

GIP is part of a wider GLIAG knowledge system (Figure 3). The platform holds the evidence register and the models. GLIAG essays carry the deeper scientific, commercial and strategic reasoning. Basin Watch newsletters monitor material developments and relate them to the standing evidence and models.

The parts are cross-checked against one another, and the record shows it. On 30 October 2026 the GLIAG petroleum-systems paper audited the author’s own volumes against the register and relabelled a 1,455 Bboe cascade figure as an expellable potential at full conversion rather than realised generation (Chin-A-Lien 2026a). The same day, the licence atlas tested its register against ministry and Staatsolie statements and issued Revision 1.2, correcting the S7 holder to Cybele Energy alone and Nickerie to Decker Petroleum 100% (Chin-A-Lien 2026b). Both corrections came from the loop in Figure 3: published text tested against the register, and errors returned as dated revisions.

This gives the newsletters a role beyond reporting that an event occurred. They help readers ask what changed, why it may matter, what could follow and which assumptions deserve attention. The platform supplies structure and memory, the essays supply depth, and Basin Watch supplies a continuing view of change. Newsletter items enter as drafts and are published only with source approval and the owner’s explicit approval.

Designed from three working perspectives

GIP reflects the way I have approached energy questions throughout my professional life: as an explorer seeking to understand the petroleum system; as a business developer asking how an opportunity could be entered, developed and monetised; and as a policy thinker considering how resource decisions connect to national value and long-term capability. The essay library behind the platform, 291 pieces as of 24 October 2026, records that work in public.

The platform is a digital expression of that analytical approach. It was designed and architected through my own professional experience and original intellectual work, with assistance from state-of-the-art artificial intelligence. AI supports the work; the architecture, the questions, the analytical direction and the professional purpose rest on human judgement, and the disclosure at the end of this essay states how AI was used here.

That design lets GIP ask more than “What information is available?” It helps users ask what the evidence supports, what remains uncertain, how a new result changes the wider picture, which commercial or policy choices follow, and what should be examined next.

From evidence to commercial and public value

For an exploration professional, GIP connects a well or prospect to its geological setting, nearby activity and the questions that remain open; the eight pending-coordinate wells on the screen are an example of a question held open rather than guessed. For a business developer, it supports the review of counterparties, development routes, infrastructure, monetisation and decision gates. For an investor or financier, it shows the distance between a geological opportunity, a development concept, project revenues and cash flow.

For governments and national companies, the platform supports work on production pathways, fiscal outcomes, energy security, gas use, downstream options and long-term national priorities; the State Budget and Portfolio suite is the entry point. For suppliers and local-content participants, it makes visible the projects, timelines and capability questions that shape opportunities for local firms and professionals; more than 100 Surinamese companies already supply goods and services to GranMorgu, according to Caribbean Energy Week (23 October 2026). For educators, researchers, analysts and advisers, it offers a structured regional setting in which evidence and interpretation can be examined together.

The same evidence may matter to a geoscientist, a project team, a policymaker, a lender, a supplier or a student, but each needs to see the question at the right level and see how it connects to the wider system. The role-based “Begin hier” entry exists for that reason.

A contribution to regional capability

For me, GIP is also a personal contribution to Suriname and Guyana. As a member of the diaspora connected to both countries, I wanted to build something focused on the region: an intelligence platform shaped by its geology, its energy transition and development choices, and the people who will live with the consequences of those choices.

GIP is intended to be launched as a commercially licensed platform. Alongside that model, it is my intention to make one free educational access key available for use by universities in Suriname and Guyana, and by other higher-education institutions that may benefit from it, for non-commercial teaching and research under terms still to be published. I see this as my own contribution to education and professional development, and to Local Content, by helping students and educators work with regional evidence, analytical tools and the decisions shaping the energy sector.

Local capability grows when people engage with meaningful work, develop their judgement and see how their expertise contributes to larger decisions. A platform cannot do that by itself. It can make knowledge more accessible, bring disciplines into conversation and give professionals, educators and students tools with which to investigate real questions.

FACT · MISSING · GLIAG JUDGEMENT · TRIGGER

Built to help people see the whole system

GIP is not intended to replace the professional who interprets a basin, evaluates a project, negotiates an agreement or makes public policy. It is intended to equip that professional with a more connected view: the evidence, the models, the scenarios, the open questions and the possible consequences in one working environment.

From the Guyana–Suriname Basin map to sedimentology, modelling, strategic frameworks, essays and Basin Watch, GIP is designed to make the path from petroleum evidence to commercial and public decisions easier to follow. GLIAG develops the intelligence. GIP connects the tools and evidence. Basin Watch keeps attention on what changes.