Morning Trend | CIG funds are on the sidelines, is the short-term support about to change?

Cambridge Technology (6166.HK) has recently been in a low-level oscillation pattern. After the daily MACD formed a death cross, the short-term bullish and bearish forces have gradually weakened, with the structural focus shifting downward. The funding situation shows that the main players are increasingly in a wait-and-see state, with trading volume continuously shrinking. Active funds mainly focus on low absorption or reducing holdings at highs, entering a defensive reallocation phase. Technically, the stock price is currently hovering around an important support area. If it can hold the existing platform today, it is expected to gain a temporary respite; if it breaks down, it may face new bottoming pressure. In the short term, attention should be paid to the performance of the overlapping area of the 5-day and 10-day moving averages. If the trading volume does not effectively expand, the sustainability of the rebound is questionable. This reflects a cautious attitude from funds towards the company's fundamentals and the short-term market environment. In terms of operational advice, a cautious defensive strategy should be adopted at this stage to prevent unnecessary pullbacks from breaking support. If external market news or industry catalysts release positive signals, it is necessary to dynamically monitor the main fund flows and end-of-day anomalies. Additionally, the current sector is under pressure, and individual stock opportunities are mostly seen in oversold rebounds. Caution is advised when chasing highs, and the focus should be on low absorption with quick entry and exit. Attention should be paid to subsequent market style shifts and changes in the external environment, adjusting strategies dynamically to avoid systemic risks. Overall, Cambridge Technology's technical pattern shows weakness, and investors need to guard against short-term volatility risks while waiting for the funding game pattern to become clearer