Edgewater says AppLovin $APP is entering a “show-me” phase as growth normalizes. The firm says MAX is nearing a functional ceiling, market share growth is less consistent, and “competition is impacting APP’s net spreads at the margin.” 4Q26/2027 estimates are moving lower.

edgeX Market Order Slippage Protection In edgeX futures trading, Market Order Slippage Protection limits the range of prices at which a market order can be filled. This reduces the risk of fills at abnormal prices during sharp price swings or when market depth is insufficient. Your market orders still execute quickly, and you get better control over execution costs. 1. What Is Market Order Slippage Protection? A market order is matched against the best available prices in the order book, one price level at a time. With slippage protection enabled, the system sets an acceptable price range for the market order, and the order continues to match only within that range. If the next available price is outside the protected range, the order stops matching and the unfilled portion is automatically canceled according to the applicable rules. Any portion already filled within the protected range is not affected. 2. Key Features - Limits Excessive Slippage Sets a price boundary for market orders. This reduces the risk of fills at prices far from what you expected during extreme volatility or when market depth is insufficient. - Supports Partial Fills Orders fill normally within the protected range. If the remaining quantity had to fill at prices beyond the range, the system stops matching and cancels the unfilled portion. - Balances Speed and Risk Control Keeps the fast execution of market orders and adds a protective boundary on fill prices. - Applied Automatically to Futures Market Orders When you place a market order in futures trading, the system applies slippage protection rules while the order executes. 3. Use Cases Market Order Slippage Protection is particularly useful when: - The market is rising or falling rapidly and order book prices change sharply within a short time. - The trading pair has limited market depth, with wide gaps between bid and ask price levels. - The order is large and may consume multiple price levels in the order book. - You want a market order to fill quickly while keeping price deviation within an acceptable limit. Please note: Slippage protection cannot fully eliminate slippage, and full execution is not guaranteed. In fast-moving markets or when market depth is insufficient, your order may be only partially filled, and the unfilled portion will be canceled.

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Edgewater on $MU / $SKHY: "Anthropic expected to direct purchase ~20% of memory in CY27 & grow % in CY28, in DRAM roughly same size as NVDA." "Anthropic and OpenAI are expected to start buying direct in CY27 – Anthropic is claiming 40-50B 1Gb demand next year with ~20% bought direct. The balance would be from OEM, CPU/GPU, neocloud partners, but the volume and % direct should grow in CY28+."

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Edge AI infrastructure should be right-sized, not overbuilt. In this Supermicro Data Center Story, discover the differences between CPUs, NPUs, and GPUs, and how you can match the processor to the workload. Popular processor options include @intel® Arc™, Intel® Core™ Ultra, and Intel® Xeon®. Learn more: #EdgeAI# #Supermicro# #Retail#

Edge Aerospace CEO @imperator_jarek reveals first-generation space data centers will mostly be used to process on orbit data instead of hosting AI training: "When we're talking about first generation of space data centers, which are like a few kilowatts, maybe up to one megawatt, satellites flying together and communicating." "For near-term applications, it's not access to unlimited solar power that's the advantage, but actually location. The fact that you're above of everything and having the space data center that has access to multiple sources of data, or can communicate with other things in space, is the greatest advantage." "When we are talking about first generation of space data centers, they will mostly be used for space applications, to process the data coming from other satellites, from space domain awareness, from remote sensing." "They will be used to avoid dumping the data you are collecting to the ground with all the consequences. Instead, having a constellation of satellites that could get the raw data from other constellations and provide processing for them at a certain service level, and then the results either sent back to their satellites or sent back to the ground." "So we are coming from collecting gigabits of raw data towards a few bits in certain cases."