Aegis Vopak’s primary competitive advantage is its massive, irreplaceable coastal network of port terminals combined with Royal Vopak's global technical expertise, creating an incredibly high entry barrier for competitors.

Pertonet LNG - A 10 PE stock, Mcap 40k crore coming up with 18k CAPEX. India imports more than half the natural gas it burns, and that share only goes up. Domestic output is flat while demand from fertiliser, power and city gas keeps climbing. The gap gets filled by ships carrying super-cooled gas from Qatar, the US and Australia. Each one has to dock somewhere and turn that liquid back into gas. In India, more often than not, it docks at Dahej. And Dahej belongs to Petronet. Petronet LNG is the company nobody finds exciting and everybody depends on. It runs the country's largest LNG import terminal, the quiet toll booth of India's gas economy. Ships come in, gas goes out, Petronet takes a cut on every unit. The market treats it like a utility and prices it like one. Cheap multiple, fat dividend, nobody talks about it at parties. But it is a deeply profitable toll booth. FY26 revenue was around Rs 43,500 crore, full year PAT about Rs 3,840 crore, and the March quarter was a record at roughly Rs 1,338 crore. Not a struggling business. A dull one. And a toll booth is only as good as the road it sits on. For years that road was wide open. Dahej ran near full capacity, contracts locked, cash flowing. The thesis was simple. India needs gas, the gas comes by sea, and it has to pass through our gate. Now look at what is shifting. The gate is no longer the only gate. New terminals are coming up along the coast, and the booth that once had the highway to itself now sees competition for the same traffic. Utilisation, the number that matters most for a regas business, becomes the thing to watch. The management knows this. That is the real story. A company happy being a toll collector is now spending big to stop being just that. It is building a petrochemical plant at Dahej, the petchem project alone around Rs 7,500 crore. Total capex guidance is roughly Rs 9,000 crore each for FY27 and FY28, mostly petrochemicals and storage. Plus fresh long-term supply deals with ExxonMobil and Equinor to feed its own pipes. This is a cash cow trying to become something more. Always the most interesting moment in a company's life. The question is whether nearly Rs 18,000 crore of capex over two years earns a return, or just turns a light, cash-rich toll business into a heavy industrial one. And the world keeps interfering. The Gulf is tense, shipping gets disrupted. This year the flagship terminal saw utilisation crash to the low 50s in March because cargoes could not arrive on time. The supply the whole model depends on is hostage to geopolitics no Indian company controls. So here is the tension. On one side, a debt-light, dividend-paying, monopoly-flavoured asset throwing off close to Rs 3,800 crore a year. On the other, a model facing its first real questions in a decade. More competition. Rs 18,000 crore going into a petrochemical bet that takes years to prove. A supply chain running through the most unstable region on the map. Bull case: gas demand only goes one way, the dividend pays you to wait, and the petchem pivot is free optionality. Bear case: the booth gets crowded, that Rs 18,000 crore does not earn its keep, and a defensive utility quietly turns capital-heavy. That is the whole debate. A steady toll collector reinventing itself, or a comfortable monopoly walking into a tougher, more capital-hungry future than its calm valuation suggests. The market has decided it is boring. The next few years decide whether boring was the right word. Views are personal. For educational purposes only. Not investment advice.

BULLISH REVERSAL STOCKS MY WATCHLIST 👇 🟢 Avalon Technologies 🟢 Netweb Technologies India 🟢 Data Patterns 🟢 Timex Group India 🟢 Jindal Worldwide 🟢 Mahanagar Telephone Nigam 🟢 MMTC 🟢 Euro Pratik Sales 🟢 WPIL 🟢 Sterling and Wilson Renewable Energy 🟢 Hindustan Construction Company 🟢 Aegis Vopak Terminals 🟢 Walchandnagar Industries 🟢 India Shelter Finance Corporation 🟢 Tata Motors Commercial 🟢 BirlaNu 🟢 INOX Wind 🟢 Orchid Pharma 🟢 Ajmera Realty & Infra India 🟢 IFCI 🟢 AB Infrabuild 🟢 Hindware Home Innovation 🟢 Authum Investment & Infrastructure 🟢 MTAR Technologies 🟢 Wendt (India) 🟢 Chaman Lal Setia Exports 🟢 Goldiam International 🟢 Yasho Industries 🟢 NGL Fine Chem 🟢 Le Travenues Technology 🟢 Motisons Jewellers 🟢 Arihant Capital Markets 🟢 Senores Pharmaceuticals 🟢 Roto Pumps 🟢 Paras Defence and Space Technologies 🟢 Tribhovandas Bhimji Zaveri 🟢 Tata Teleservices (Maharashtra) 🟢 Manali Petrochemicals 🟢 Ashok Leyland 🟢 NIBE 🟢 Jay Bharat Maruti 🟢 Emkay Global Financial Services 🟢 Aeroflex Industries 🟢 Camlin Fine Sciences 🟢 Sun Pharma Advanced Research Company 🟢 Cholamandalam Investment and Finance Company 🟢 Shriram Finance 🟢 TBO Tek 🟢 Home First Finance Company 🟢 Jyoti CNC Automation 🟢 Agarwal Industrial Corporation 🟢 All Time Plastics 🟢 Network People Services Technologies No buy/sell recommendations

Idk about you, but would love to see bitcoin lightning on Square Terminals threaten Visa and Mastercard. I have been buying a little $XYZ because of this, but am mainly buying bitcoin.

Splendor is taking over the global payment infrastructure. ​Releasing this coming week: ​Permissionless Terminals: Anyone, anywhere can run their own crypto payment terminal without gatekeepers. ​Universal NFC Integration: Link any existing NFC chip card to execute crypto payments instantly. ​Next up: ​The Splendor Card: Next-generation, quantum-resistant security available in both virtual and physical formats. Virtual cards will be active instantly, and physical cards start shipping in 90 days max. ​The future of global commerce is permissionless, unstoppable, and powered by Splendor. ​#Crypto #FinTech #Web3 #SplendorNetwork

guess the terminals just added another alert to the rotation like its a subscription service

this is a cumulation of everything lately, leveling sprites and buff is blitz coded, external factor of a rival (pokemon shit) and terminals laid out everywhere (last seasons)

Very good decision. no need to compete on terminals.

Iran’s state media wrongly cites Reuters to claim that Elon Musk’s Starlink provides civilian internet terminals to Iranians that are guiding U.S. attack drones. newsguardrealitycheck.com/p/…

> vs code > terminals > distribution > personal brand all of this will exist tomorrow. but a beautiful night sky like this one, i highly doubt that. just touching grass tonight. highly recommend you do the same. ✌️

Exactly my face when I wake in the morning and review which of Pootie's logistics routes and oil terminals have been set ablaze during the night :)

terminals have tabs, just run another one.

idk if this is interesting to you but this is my setup for vibecoding two terminals on the left for hosting locally / sshing into droplet two terminals on the right for claude normally one claude is doing a big task while the other does small things like UI touchups

A strike hit one of Russia’s largest oil terminals in St. Petersburg just hours before the St. Petersburg International Economic Forum begins.

Browser use, but for terminals. I recorded a fun little goof. Check out the skill if you wanna do something wonkier… Finally, putting ghostty’s applescript support to good use.

Mac workflows pile up: terminals, menu-bar utilities, scripts, dashboards, logs.. `mote` turns them into one local panel you can edit live Swift owns the native Mac shell. Svelte owns the surface. Connected services are optional "Build your Mac control panel in Svelte" mote.coey.dev

Inside some of the world’s most advanced electric machines sits a component still made by a process that looks surprisingly close to sewing: thick copper wire must be pulled, bent, and threaded around a magnetic core 🧲 Tesla’s answer in patent application US 20260162879A1 is almost disarmingly simple: if winding the wire is the bottleneck, stop winding wire altogether 🎯 Instead of treating the winding as something that must be wrapped around the core, Tesla redesigns it as a rigid structure assembled around it. This shifts the challenge from controlling flexible wire to controlling geometry, opening the door to a manufacturing process built far more naturally for robots 🆒 ⏱️ If you don’t have 60 minutes for the full deep dive, here’s how that simple idea becomes a new manufacturing architecture in 60 seconds: 🧩 The winding becomes a conductive jigsaw. A U-shaped plate wraps around three sides of the magnetic core, while an I-shaped plate closes the fourth side and connects one section to the next. Repeating this pattern creates a continuous, multi-turn conductive path without threading flexible wire through the toroid. ⚡ The fragile core escapes the strain of wire winding. Because the conductors arrive pre-formed, heavy-gauge wire no longer needs to be pulled and bent around sharp corners. This could reduce assembly stress on the conductor insulation and brittle, high-permeability materials such as nanocrystalline ribbon cores. 📐 The housing becomes both a fixture and an electrical design tool. Perpendicular grooves act like a mechanical comb, holding every plate in position and controlling the spacing between adjacent turns. That geometry helps engineers control alignment, parasitic capacitance, and the safe distances between energized conductors, known as creepage and clearance. ⛓️ Temporary tabs turn loose conductors into organized panels. Break-off tabs can keep multiple stamped plates connected while they move through the factory. Robots can process an orderly group of conductors instead of repeatedly handling and aligning numerous loose pieces. 🤖 Winding becomes a repeatable robotic sequence. Flat surfaces give vacuum nozzles and robotic grippers reliable pickup points. Machines can position the plates around the core, lock them into the housing grooves, join them through laser welding or other methods, and remove the temporary carrier tabs afterward. 📈 Copper can be added exactly where the current demands it. The plates can vary in shape and thickness within the same component. Additional layers can be joined in parallel where more current capacity, lower resistance, or better heat spreading is needed. 🔌 The winding absorbs the surrounding interfaces. The stamped conductors can extend directly into PCB mounting feet, electrical taps, crossover connections, thermal paths, and rigid blade-style terminals. Functions that normally require separate parts can become part of the winding itself. ❄️ The conductor becomes part of the cooling system. The broad plate surfaces can behave like cooling fins. Openings in the PCB can also give air, heatsinks, cooling structures, or thermal-interface materials more direct access to the underside of the assembly. Taken together, these features transform power magnetics from individually wound components into configurable structural assemblies. Current capacity, electrical spacing, terminals, mounting points, and cooling paths can all be designed directly into repeatable stamped parts instead of added through separate components and secondary operations. If Tesla can validate joint reliability and electrical performance at scale, the larger prize is not just a different inductor. It is a common production system for power magnetics across vehicles, chargers, energy storage, and humanoid robots, with each component customized through geometry rather than an entirely different manufacturing process.